Emre Ergin

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About

Emre Ergin’s research lies at the intersection of robotic automation, digital fabrication, and construction informatics, with a particular focus on advancing steel construction and 3D data processing. His major contributions include pioneering the integration of robotic IoT-enabled 1D line scanners for generating high-fidelity 3D point cloud data, a breakthrough that streamlines real-time measurement and quality control on construction sites. This work, presented at the 41st ISARC (2024), demonstrates how low-cost sensors combined with robotic platforms can replace expensive static scanning systems, making automated dimensional verification accessible for small and medium enterprises. Ergin also addresses the critical challenge of process modeling for robotic assembly in steel construction, developing flexible automation solutions that respond to labor shortages and increasing documentation demands. His research directly tackles industry pain points—rising costs, time pressure, and regulatory complexity—by creating adaptable robotic workflows that maintain precision while reducing manual intervention. With citations already accruing from his recent publications, Ergin is establishing himself as a key voice in construction robotics, bridging the gap between academic prototyping and practical, deployable automation for structural steelwork.